Mumbai (PTI): A fire broke out at a private hospital in Mumbai's Grant Road area on Monday afternoon, prompting temporary evacuation of around 250 people, including patients, doctors and other staffers, officials said.
"No one was injured in the incident," a civic official said, adding the cause of the fire was not yet known.
The fire started in the CT-MRI scan unit of Bhatia Hospital at 1.35 pm, the official said.
As per the Mumbai Fire Brigade (MFB), the blaze was confined to electrical wiring and installations in the CT-MRI unit of the private medical facility.
As a precautionary measure, around 250 people, including patients, doctors and other staffers, were temporarily evacuated from the hospital premises, he added.
The blaze was extinguished by 3 pm, the official stated.
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An MFB officer said at least eight fire engines, other vehicles and equipment were rushed to the spot to put out the blaze.
He told PTI that the NICU (Neonatal Intensive Care Unit) where newborn babies are kept in case they face breathing or any other health problems, was located exactly above the fire-affected CT-MRI unit.
The officer further said though the situation was tense, the hospital administration and MFB acted swiftly and ensured safety of babies, other patients as well as staff of the medical facility.
As per the officer, MFB personnel carefully used forced ventilation system fitted in their fire fighting vehicles to blow out the smoke from the CT-MRI unit to ensure babies being treated in the ward remain safe.
As a precautionary measure, the personnel did 'stage shifting ' or temporary transfer of babies from one ward to another to protect them from smoke or fire, he explained.
"If the smoke had increased, the children would have been affected. So, we simultaneously shifted them to another ward instead of acting at the last moment. We did their stage evacuation for safety reasons," the officer maintained.
Within 10-15 minutes of the outbreak, the MFB personnel controlled the fire and avoided further evacuation, he stated.
According to the officer, MFB suspects the fire was of "electric origin", but the exact cause was under investigation.
Notably, electric origin fires are caused on account of short circuit, overheating, overloading, use of non-standard appliances, illegal tapping of wires and improper wiring, among others.
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New Delhi (PTI): Space agency ISRO has successfully conducted the second integrated air drop test (IADT-02) for the upcoming Gaganyaan mission at the space station in Andhra Pradesh's Sriharikota.
The system is essential to ensure a safe recovery of the crew module -- the capsule in which astronauts sit during a human flight -- during re-entry and landing.
Union minister Jitendra Singh congratulated the Indian Space Research Organisation (ISRO) for successfully conducting the test.
"Congratulations #ISRO for the successful accomplishment of Second Integrated Air Drop Test (IADT-02) for #Gaganyaan, India's first Human Space flight scheduled next year. The second Integrated Air Drop Test (IADT-02) was successfully conducted at Satish Dhawan Space Station Sriharikota," Singh said in a post on X.
The IADT-02 follows the successful completion of the first IADT, which took place on August 24, 2025, at the Satish Dhawan Space Centre in Sriharikota.
Air drop tests recreate the last leg of a spacecraft's return to Earth. An aircraft or helicopter drops the spacecraft from a height to test various systems under different scenarios.
These are the deployment of the parachute system in case the mission is aborted mid-flight, system performance when one parachute fails to open and the spacecraft's orientation and safety during splashdown etc.
In the IADT-02 test, a simulated crew module, weighing about 5.7 tonnes, was lifted by an Indian Air Force Chinook helicopter to an altitude of about three kilometres and released over a designated drop zone in the sea, near the Sriharikota coast.
In a statement, the ISRO said, "Ten parachutes of four types were deployed in a precise sequence during the descent of the crew module, gradually reducing the velocity for safe touchdown. Subsequently, the simulated crew module was successfully recovered in coordination with the Indian Navy."
